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POWER8: the First Openpower Processor POWER8: The first OpenPOWER processor Dr. Michael Gschwind Senior Technical Staff Member & Senior Manager IBM Power Systems #OpenPOWERSummit Join the conversation at #OpenPOWERSummit 1 OpenPOWER is about choice in large-scale data centers The choice to The choice to The choice to differentiate innovate grow . build workload • collaborative • delivered system optimized innovation in open performance solutions ecosystem • new capabilities . use best-of- • with open instead of breed interfaces technology scaling components from an open ecosystem Join the conversation at #OpenPOWERSummit Why Power and Why Now? . Power is optimized for server workloads . Power8 was optimized to simplify application porting . Power8 includes CAPI, the Coherent Accelerator Processor Interconnect • Building on a long history of IBM workload acceleration Join the conversation at #OpenPOWERSummit POWER8 Processor Cores • 12 cores (SMT8) 96 threads per chip • 2X internal data flows/queues • 64K data cache, 32K instruction cache Caches • 512 KB SRAM L2 / core • 96 MB eDRAM shared L3 • Up to 128 MB eDRAM L4 (off-chip) Accelerators • Crypto & memory expansion • Transactional Memory • VMM assist • Data Move / VM Mobility • Coherent Accelerator Processor Interface (CAPI) Join the conversation at #OpenPOWERSummit 4 POWER8 Core •Up to eight hardware threads per core (SMT8) •8 dispatch •10 issue •16 execution pipes: •2 FXU, 2 LSU, 2 LU, 4 FPU, 2 VMX, 1 Crypto, 1 DFU, 1 CR, 1 BR •Larger Issue queues (4 x 16-entry) •Larger global completion, Load/Store reorder queue •Improved branch prediction •Improved unaligned storage access •Improved data prefetch Join the conversation at #OpenPOWERSummit 5 POWER8 Architecture . High-performance LE support – Foundation for a new ecosystem . Organic application growth Power evolution – Instruction Fusion 1600 PowerPC . Workload optimized 1400 Power ISA – Power SIMD Extensions 1200 – Coherent Accelerator Processor Interface 1000 . Parallel programming productivity 800 – Transactional Memory 600 . Cloud ready instructions – Cloud Mode 400 – Reduced context switch overhead 200 – Improved Interrupt performance 0 . Dynamic System Optimization May-90 Oct-95 Apr-01 Oct-06 Apr-12 Sep-17 – Performance Monitoring – Dynamic Code Optimization Join the conversation at #OpenPOWERSummit 6 Source: Hot Chips 26 Join the conversation at #OpenPOWERSummit Workload-optimized acceleration with coherent accelerators . Attached accelerators • Accelerate workloads with functions that are not a good fit for traditional general purpose CPU . Coherent integration in system architecture • Data sharing • Programming • Performance Join the conversation at #OpenPOWERSummit Workload-optimized acceleration . On-chip integrated accelerators (SoC design) • Compute accelerator (Cell BE) • Compression (P7+) • Encryption (P7+) • Random number generation (P7+) Cell BE • … . SoC design offers highest integration, but… • New chip design to introduce new accelerator • Long time to market • Requires very high volumes POWER7+ Join the conversation at #OpenPOWERSummit CAPI: Coherent Accelerator Processor Interface . Integrate accelerators into system architecture with standardized, coherent protocol • CAPI functional protocol Coherence Bus • PCIe signaling protocol CAPP . Modular interface enables third parties to provide high value-add components POWER8 . Create workload-optimized innovative solutions • Faster time to market PSL • Lower bar to entry • Variety of implementation options . FPGAs, ASICs Join the conversation at #OpenPOWERSummit CAPI accelerator programming Virtual Addressing • Accelerator can work with same virtual memory addresses that the processors use • CAPI shares page tables and provides address translation Coherence Bus • Pointers de-referenced same as the host CAPP application • Peer-to-peer programming between CPU and accelerator with Hardware Managed Coherence in-memory data sharing • No need for memory pinning • Data fetched by accelerator based on accelerator application flow PSL • Accelerator participates in locks • Low latency communication Join the conversation at #OpenPOWERSummit POWER8: expanding choice for data formats . Big-Endian: Most Significant Byte First 0 1 2 3 • Traditional enterprise server data format • The standard internet data format (“network byte order”) • Process five decades of database content • Protect investment into data storage and curation . Little-Endian: Least Significant Byte First 3 2 1 0 • Traditional small system format (PC, mobile) • High-volume hardware components often little-endian • Participate in rich standard ecosystem • Simplify application portability for those seeking to upgrade to Power Join the conversation at #OpenPOWERSummit Summary . POWER8 introduce traditional microarchitecture improvements • More Instruction level parallelism • More Data level parallelism • Larger caches and queues Best-in-class systems performance for scale-out and scale-up . New foundational capabilities for OpenPOWER • High-performance little- and big-endian . Improved integration of industry standard ecosystem hardware . Improved application portability to OpenPOWER • CAPI enables system architects to extend processor capabilities . Create a broad range of workload optimized offerings Join the conversation at #OpenPOWERSummit Implementation / HPC / Research Software System / Integration I/O / Storage / Acceleration Boards / Systems Chip / SOC Join the conversation at #OpenPOWERSummit 14 © 2015 OpenPOWER Foundation Special Notices This document was developed for IBM offerings in the United States as of the date of publication. IBM may not make these offerings available in other countries, and the information is subject to change without notice. Consult your local IBM business contact for information on the IBM offerings available in your area. Information in this document concerning non-IBM products was obtained from the suppliers of these products or other public sources. Questions on the capabilities of non-IBM products should be addressed to the suppliers of those products. IBM may have patents or pending patent applications covering subject matter in this document. The furnishing of this document does not give you any license to these patents. Send license inquires, in writing, to IBM Director of Licensing, IBM Corporation, New Castle Drive, Armonk, NY 10504-1785 USA. All statements regarding IBM future direction and intent are subject to change or withdrawal without notice, and represent goals and objectives only. The information contained in this document has not been submitted to any formal IBM test and is provided "AS IS" with no warranties or guarantees either expressed or implied. All examples cited or described in this document are presented as illustrations of the manner in which some IBM products can be used and the results that may be achieved. Actual environmental costs and performance characteristics will vary depending on individual client configurations and conditions. IBM Global Financing offerings are provided through IBM Credit Corporation in the United States and other IBM subsidiaries and divisions worldwide to qualified commercial and government clients. Rates are based on a client's credit rating, financing terms, offering type, equipment type and options, and may vary by country. Other restrictions may apply. Rates and offerings are subject to change, extension or withdrawal without notice. IBM is not responsible for printing errors in this document that result in pricing or information inaccuracies. IBM hardware products are manufactured from new parts, or new and serviceable used parts. Regardless, our warranty terms apply. Any performance data contained in this document was determined in a controlled environment. Actual results may vary significantly and are dependent on many factors including system hardware configuration and software design and configuration. Some measurements quoted in this document may have been made on development-level systems. There is no guarantee these measurements will be the same on generally-available systems. Some measurements quoted in this document may have been estimated through extrapolation. Users of this document should verify the applicable data for their specific environment. © 2015 International Business Machines Corporation Michael Gschwind, The Little-Endian OpenPOWER Software Development Environment Special Notices (cont.) IBM, the IBM logo, ibm.com AIX, AIX (logo), AIX 5L, AIX 6 (logo), AS/400, BladeCenter, Blue Gene, ClusterProven, DB2, ESCON, i5/OS, i5/OS (logo), IBM Business Partner (logo), IntelliStation, LoadLeveler, Lotus, Lotus Notes, Notes, Operating System/400, OS/400, PartnerLink, PartnerWorld, PowerPC, pSeries, Rational, RISC System/6000, RS/6000, THINK, Tivoli, Tivoli (logo), Tivoli Management Environment, WebSphere, xSeries, z/OS, zSeries, Active Memory, Balanced Warehouse, CacheFlow, Cool Blue, IBM Watson, IBM Systems Director VMControl, pureScale, TurboCore, Chiphopper, Cloudscape, DB2 Universal Database, DS4000, DS6000, DS8000, EnergyScale, Enterprise Workload Manager, General Parallel File System, GPFS, HACMP, HACMP/6000, HASM, IBM Systems Director Active Energy Manager, iSeries, Micro-Partitioning, POWER, PowerLinux, PowerExecutive, PowerVM, PowerVM (logo), PowerHA, Power Architecture, Power Everywhere, Power Family, POWER Hypervisor, Power Systems, Power Systems (logo), Power Systems Software, Power Systems Software (logo), POWER2, POWER3, POWER4, POWER4+, POWER5, POWER5+, POWER6, POWER6+, POWER7, POWER7+, POWER8, Systems, System
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